CN108480854A - A kind of Novel sheet metal part processing unit (plant) - Google Patents
A kind of Novel sheet metal part processing unit (plant) Download PDFInfo
- Publication number
- CN108480854A CN108480854A CN201810186508.3A CN201810186508A CN108480854A CN 108480854 A CN108480854 A CN 108480854A CN 201810186508 A CN201810186508 A CN 201810186508A CN 108480854 A CN108480854 A CN 108480854A
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- Prior art keywords
- slot
- block
- sliding
- fixedly installed
- favourable turn
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K26/00—Working by laser beam, e.g. welding, cutting or boring
- B23K26/36—Removing material
- B23K26/38—Removing material by boring or cutting
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K26/00—Working by laser beam, e.g. welding, cutting or boring
- B23K26/70—Auxiliary operations or equipment
- B23K26/702—Auxiliary equipment
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K37/00—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups
- B23K37/02—Carriages for supporting the welding or cutting element
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- Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Mechanical Engineering (AREA)
- Plasma & Fusion (AREA)
- Laser Beam Processing (AREA)
Abstract
The invention discloses a kind of Novel sheet metal part processing unit (plant)s, including pedestal, the switching device being set in the pedestal, the sliding device being set in the switching device, the take-off and landing device that is set on the sliding device and the rocking equipment for being set to the take-off and landing device lower end, fixed disk is fixedly connected with by reinforcing bar at the top of the pedestal, it is uniformly provided with multigroup mounting hole in the fixed disk, the switching device includes the assembling block for being fixedly installed on end position in the pedestal upper surface, what is be provided in the assembling block recessed connects chamber, recessed connect controls equity and is fixedly installed first hydraulic cylinder in chamber upper inside walls, the recessed intracavitary that connects is provided with the assembly fixture that can be slipped up and down, it is equipped with the first hydraulic stem between the assembly fixture upper surface and the first hydraulic cylinder.
Description
Technical field
The present invention relates to sheet metal component processing technique field, specifically a kind of Novel sheet metal part processing unit (plant).
Background technology
Often some sheet metal components are carried out with cutting operation in sheet metal component processing to meet needed for actual production, and it is existing
In sheet metal component cutter device be typically all using flame-cutting progress cutting operation, there are larger disadvantages for this cutting mode
End, not only reducing cutting efficiency, incision easily forms more burr simultaneously so that cut surface extremely out-of-flatness, therefore, because
It is existing required to meet to provide a kind of sheet metal component processing unit (plant) that can improve cutting efficiency height and good cutting effect.
Invention content
Technical problem to be solved by the invention is to provide a kind of Novel sheet metal part processing unit (plant)s, can solve above-mentioned existing
In the art the problem of.
The present invention is achieved through the following technical solutions：A kind of Novel sheet metal part processing unit (plant) of the present invention, including
Pedestal, the sliding device being set in the switching device, is set to described slip at the switching device being set in the pedestal
Take-off and landing device on device and the rocking equipment for being set to the take-off and landing device lower end, it is solid by reinforcing bar at the top of the pedestal
Surely it is connected with fixed disk, multigroup mounting hole has been uniformly provided in the fixed disk, the switching device includes being fixedly installed on institute
State the assembling block of end position in pedestal upper surface, be provided in the assembling block it is recessed connect chamber, it is described recessed to connect in chamber upper inside walls
Left and right is reciprocity and is fixedly installed first hydraulic cylinder, and the recessed intracavitary that connects is provided with the assembly fixture that can be slipped up and down, the assembly
The first hydraulic stem is equipped between frame upper surface and the first hydraulic cylinder, end position is fixed in the assembly fixture upper surface
It is provided with the first fixed station, the first electricity favourable turn is fixedly installed in first fixed station, the first electricity favourable turn outside is equipped with
Support carries component, and it includes shock dropping composite plate and cooling iron plate that the support, which carries component, and peace access slot, the base are provided in the assembly fixture
Be provided with oral area in seat and communicate downwards and with the peace access slot it is recessed connect chamber, it is described recessed to connect intracavitary setting and slip device, the cunning
End position is fixedly installed upper end and extends transfer block in the peace access slot in connection device upper surface, and the transfer block side is solid
Surely the casting lug thereon being connected in the peace access slot, the casting lug thereon lower face be rotatably assorted by steering ring be connected to it is described
Pacify the downside inner wall of access slot, is moved in the middle part of the transfer block upper surface by extending through the Coupling Shaft of the peace access slot upper inside walls
Force-fitting is connected to the downside end face of the first electricity favourable turn, and the sliding device can be upper and lower including being set to the recessed intracavitary that connects
Sliding sliding frame, the transfer block lower end are fixedly connected on the middle end position of the sliding frame upper surface, in the sliding frame
It is provided with the downward sliding slot of oral area, the second electricity favourable turn is fixedly installed in the sliding slot inner left wall, second electricity turns
Machine right end power is connected with spiral bar, and the spiral bar right end, which is rotatably assorted, is connected to the right side inner wall of the sliding slot,
Sliding and lower end can be controlled by, which being provided in the sliding slot, extends trolley shoe outside the sliding slot lower end oral area, described sliding
Block is connect with the spiral bar screw-thread fit, is provided in the sliding slot upper inside walls and is connected with what the sliding slot communicated
Slot, it is described connect to be provided in slot connect block, the block lower end that connects is connect with trolley shoe upper end secure fit.
The take-off and landing device includes being fixedly connected on end position in the trolley shoe lower face as a preferred technical solution,
On rise and fall block, it is described on rise and fall and be provided with the downward upper landing slot of oral area in block, it is described on block right end face of rising and falling fix and connect
Be connected to linking arm, be fixedly installed second hydraulic cylinder in the linking arm, it is described on rise and fall and be provided with down the block that rises and falls on the downside of block, institute
It states down and is provided with the upward lower landing slot of oral area in the block that rises and falls, be equipped in the lower landing slot and the upper landing slot point
Sliding-contacted rod that can be sliding up and down in the lower landing slot and the upper landing slot, the sliding-contacted rod and the upper landing slot it
Between be provided with blocking arm, block right end face of rising and falling on the downside of the second hydraulic cylinder and under described is fixedly installed linking arm, institute
It states and is equipped with the second hydraulic stem between linking arm upper surface and the second hydraulic cylinder.
As a preferred technical solution, the rocking equipment include it is front and back equity and be fixedly connected on it is described under rise and fall under block
The upper fixinig plate of end face, block downside of rising and falling under described are provided with third fixed station, the fixed setting of third fixed station lower face
There are laser cutting head, third fixed station upper surface to be fixedly connected with positioned at fixed inside of front and back equity setting
Lower fixinig plate between end face is fixedly installed the first Coupling Shaft, first Coupling Shaft front and back end point in the lower fixinig plate
It is not rotatably assorted and is connected to fixed inner side end, the third fixed station is arranged close to the upper surface of back end surface
There is the first switching slot that oral area is upward, the second Coupling Shaft is fixedly installed between the inner wall of side before and after the first switching slot, it is described
Under rise and fall block close to the second fixed station is fixedly installed on the lower face of back end surface, be provided with oral area in second fixed station
Downward second switching slot is fixedly installed third electricity favourable turn, the third electricity favourable turn in the second switching slot front inner wall
Rear end be connected by power has third Coupling Shaft, the third Coupling Shaft rear end thereof to be connected in the rear side of the second switching slot
Inner wall, second Coupling Shaft are connected with the third Coupling Shaft by transmitting V belt translation.
It is as a preferred technical solution, on rear side of the laser cutting head and solid on end face on the downside of the third fixed station
Surely it is provided with sensing device further.
As a preferred technical solution, the shock dropping composite plate be arranged it is described first electricity favourable turn top and bottom and with
The first electricity favourable turn is fixedly connected, and the cooling iron plate is arranged in the front-end and back-end of the first electricity favourable turn and with described the
The shell of one electricity favourable turn is fixedly connected, and the top and bottom of the cooling iron plate are fixedly connected with the shock dropping composite plate, institute
The front-end and back-end for stating the first electricity favourable turn are respectively equipped with a piece of above cooling iron plate.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, when carrying out cutting operation by the present apparatus,
First hydraulic cylinder starts, and then is ejected assembly fixture downwards by the first hydraulic stem, and then connects the ejection of sliding frame is recessed outside chamber, this
When first electricity favourable turn start, and then by Coupling Shaft drive transfer block rotation, in the process, transfer block is supported in by casting lug thereon
So that transfer block will not fall in peace access slot, transfer block, which drives, at this time slips frame rotation, meanwhile, it is set to sliding slot inner left wall
The second interior electricity favourable turn starts, and then drives trolley shoe to be moved left and right in sliding slot by spiral bar, in the process, connects
Block is connecting in slot so that trolley shoe is in sliding slot can stablize mobile and then device when increasing cutting stability, meanwhile,
Second hydraulic cylinder starts, and then drives linking arm to move down by the second hydraulic stem, and then the block that rises and falls under driving moves down,
In the process, sliding-contacted rod may make down the block that rises and falls to be vertically lowered during declining and then process the metal plate of different more height
Part, meanwhile, the favourable turn rotation of third electricity, and then conveyer belt rotation is driven by third Coupling Shaft, and then drive the second switching shaft rotation
It is dynamic, and then the rotation of third fixed station is driven, and then the laser cutting head rotation for being set to third fixed station lower face is driven, in turn
Cutting processing work is carried out to sheet metal component side, in the process, being set to the sensing device further of third fixed station lower face can examine
Laser cutting head is surveyed at a distance from institute's cutting sheet metal component surface and then device is adjusted to prevent laser cutting head from knocking metal plate
Golden part surface reduces cutting efficiency too far apart from institute's processing sheet metal component surface, can not only be to plane sheet metal component by the present apparatus
Cutting work is carried out, while can also carry out cutting work to the surface of three-dimensional sheet metal component, meanwhile, third electricity favourable turn, the second electricity turn
The interoperation of machine, the first electricity favourable turn and second hydraulic cylinder and the second hydraulic stem can also to the three-dimensional sheet metal component of irregular shape into
The cutting work on row surface.
Description of the drawings
The present invention is described in detail by following specific embodiment and attached drawing for ease of explanation,.
Fig. 1 is a kind of internal structure schematic diagram of Novel sheet metal part processing unit (plant) of the present invention；
Structural schematic diagram when Fig. 2 is present invention work；
Fig. 3 is the enlarged diagram of " A " in Fig. 1；
Fig. 4 is the left view of the laser cutting head of the present invention；
Fig. 5 is the upward view that disk is fixed in the present invention；
Fig. 6 is the external structure schematic diagram of the first electricity favourable turn in the present invention.
Specific implementation mode
As shown in figs 1 to 6, a kind of Novel sheet metal part processing unit (plant) of the invention, including pedestal 11, it is set to the base
Switching device, the sliding device being set in the switching device in seat 11, the dress that rises and falls that is set on the sliding device
The rocking equipment of the take-off and landing device lower end is set and is set to, 11 top of the pedestal is fixedly connected with by reinforcing bar 70
Price fixing 71, has been uniformly provided with multigroup mounting hole 72 in the fixed disk 71, the mounting hole 72 be used for fastening bolt cooperation and
The fixed disk 71 is fixed on wall body, the switching device includes being fixedly installed on end position in 11 upper surface of the pedestal
Assembling block 21, be provided in the assembling block 21 it is recessed connect chamber 22, the recessed left and right equity and solid of connecing in 22 upper inside walls of chamber
Surely be provided with first hydraulic cylinder 23, it is described it is recessed connect the assembly fixture 27 that is provided with and can slip up and down in chamber 22, on the assembly fixture 27
The first hydraulic stem 25 is equipped between end face and the first hydraulic cylinder 23, end position is solid in 27 upper surface of the assembly fixture
Surely it is provided with the first fixed station 24, the first electricity favourable turn 26, the first electricity favourable turn are fixedly installed in first fixed station 24
21 outsides are equipped with support and carry component, and it includes shock dropping composite plate 215 and the iron plate 216 that cools down that the support, which carries component, in the assembly fixture 27
Be provided with peace access slot 28, oral area is provided in the pedestal 11 downwards and communicated with the peace access slot 28 it is recessed connect chamber 48, it is described
Recessed to connect setting in chamber 48 and slip device, end position is fixedly installed upper end and extends in the sliding device upper surface connects into the peace
Transfer block 31 in slot 28,31 side of the transfer block is fixedly connected with the casting lug thereon 29 in the peace access slot 28, described
29 lower face of casting lug thereon is rotatably assorted by steering ring is connected to the downside inner wall of the peace access slot 28,31 upper end of the transfer block
Middle face is connected by extending through the Coupling Shaft power of peace 28 upper inside walls of access slot in the first electricity favourable turn 26
Downside end face, the sliding device includes being set to described recessed to connect the sliding frame 41 that can be slipped up and down in chamber 48, the switching
31 lower end of block is fixedly connected on the middle end position of 41 upper surface of sliding frame, and it is downward that oral area is provided in the sliding frame 41
Slot 43 is slipped, the second electricity favourable turn 42 is fixedly installed in 43 inner left wall of sliding slot, the second electricity 42 right ends of favourable turn move
Force-fitting is connected with spiral bar 44, and 44 right end of spiral bar, which is rotatably assorted, is connected to the right side inner wall of the sliding slot 43, institute
Sliding and lower end can be controlled and extend trolley shoe 47 outside 43 lower end oral area of the sliding slot by stating to be provided in sliding slot 43, described
Trolley shoe 47 is connect with 44 screw-thread fit of spiral bar, is provided in 43 upper inside walls of sliding slot and the sliding slot 43
What is communicated connects slot 45, it is described connect to be provided in slot 45 connect block 46, it is described connect 46 lower end of block on the trolley shoe 47
Hold secure fit connection.
Valuably, the take-off and landing device include be fixedly connected on end position in 47 lower face of the trolley shoe on rise and fall block
52, it is described on rise and fall and be provided with the downward upper landing slot 51 of oral area in block 52, it is described on 52 right end face of block of rising and falling be fixedly connected
Have linking arm 54, be fixedly installed second hydraulic cylinder 55 in the linking arm 54, it is described on 52 downside of block of rising and falling be provided with down
Block 58 is fallen, the upward lower landing slot 59 of oral area, the lower landing slot 59 and the upper landing are provided in the block 58 that rises and falls under described
Sliding-contacted rod 53 that respectively can be sliding up and down in the lower landing slot 59 and the upper landing slot 51, institute are equipped in slot 51
It states to be provided with blocking arm between sliding-contacted rod 53 and the upper landing slot 51 and be detached from the upper end for preventing the sliding-contacted rod 53 and described go up
The lower end oral area of slot 51 drops, the downside of the second hydraulic cylinder 55 and 58 right end face of block of rising and falling under described is fixedly installed company
Arm 57 is connect, the second hydraulic stem 56 is equipped between 57 upper surface of the linking arm and the second hydraulic cylinder 55.
Valuably, the rocking equipment include front and back equity and be fixedly connected on it is described under rise and fall the upper solid of 58 lower face of block
Stator 61,58 downside of block of rising and falling under described are provided with third fixed station 63, and 63 lower face of third fixed station is fixedly installed
Laser cutting head 64,63 upper surface of third fixed station are fixedly connected with fixed 61 positioned at front and back equity setting
Lower fixinig plate 66 between inner side end is fixedly installed the first Coupling Shaft 65, first switching in the lower fixinig plate 66
65 front and back end of axis is rotatably assorted respectively is connected to fixed 61 inner side end, and the third fixed station 63 is close to rear side
The upper surface of end face is provided with the first upward switching slot 73 of oral area, and fixation is set between the inner wall of side before and after the first switching slot 73
Be equipped with the second Coupling Shaft 72, the block 58 that rises and falls under described close to being fixedly installed the second fixed station 75 on the lower face of back end surface,
It is provided with the second downward switching slot 68 of oral area in second fixed station 75, is fixed in the second switching 68 front inner wall of slot
It is provided with third electricity favourable turn 67,67 rear end be connected by powers of the third electricity favourable turn have third Coupling Shaft 69, the third Coupling Shaft
69 axle center and 65 axle center of the first Coupling Shaft are on the same line.69 rear end thereof of third Coupling Shaft is connected in institute
The rear side inner wall of the second switching slot 68 is stated, second Coupling Shaft 72 is matched with the third Coupling Shaft 69 by the transmission of conveyer belt 71
Close connection.
Valuably, it is fixedly installed on rear side of the laser cutting head 64 and on 63 downside end face of the third fixed station
Sensing device further 74, the sensing device further 74 can detect the distance between sheet metal component to be cut and the laser cutting head 64 into adjustment
The distance between the laser cutting head 64 and sheet metal component surface to be cut.
Valuably, the shock dropping composite plate 215 is arranged in the top and bottom of the first electricity favourable turn 21 and with described the
One electricity favourable turn 21 is fixedly connected, the cooling iron plate 216 be arranged the front-end and back-end of the first electricity favourable turn 21 and with it is described
The shell of first electricity favourable turn 21 is fixedly connected, and the top and bottom of the cooling iron plate 216 are solid with the shock dropping composite plate 215
The front-end and back-end of fixed connection, the first electricity favourable turn 21 are respectively equipped with a piece of above cooling iron plate 216, the cooling
The heat that generates when iron plate 216 is to absorb and distribute the first electricity 21 operation of favourable turn, the shock dropping composite plate 215 is subtracting
The shaking force that few first electricity favourable turn 21 generates at runtime, prevents shaking force excessive and influences the normal operation of the present apparatus.
When original state, the first hydraulic stem 25 in retraction first hydraulic cylinder 23, slips frame 41 and is in upper at this time to greatest extent
End face abuts against state with recessed 48 upper inside walls of chamber that connect, meanwhile, the first electricity favourable turn 26 is in halted state, and transfer block 31 is stopped at this time
Rotation stop is dynamic, meanwhile, the second electricity favourable turn 42 is in halted state, and spiral bar 44 is in halted state at this time, and trolley shoe 47 is in the right side
End face and 43 right side inner wall of sliding slot abut against state, meanwhile, the second hydraulic stem 56 is to greatest extent in retraction second hydraulic cylinder 55,
Sliding-contacted rod 53 is fully retracted into landing slot 51 and lower landing slot 59 at this time, and 52 lower face of block of above rising and falling is risen and fallen 58 upper end of block under
Face is in and abuts against state, meanwhile, third electricity favourable turn 67 stops operating, and conveyer belt 71 stops operating at this time, and third is fixed at this time
Platform 63 stops operating, and 64 pointing direction of laser cutting head is straight down at this time.
When cutting operation, first hydraulic cylinder 23 starts, and then is ejected assembly fixture 27 downwards by the first hydraulic stem 25, into
And by sliding frame 41 eject it is recessed connect outside chamber 48, at this time first electricity favourable turn 26 start, and then pass through Coupling Shaft drive 31 turns of transfer block
Dynamic, in the process, transfer block 31 is supported in peace access slot 28 casting lug thereon 29 so that transfer block 31 will not fall, and transfers at this time
Block 31, which drives, slips the rotation of frame 41, meanwhile, the second electricity favourable turn 42 being set in 43 inner left wall of sliding slot starts, and then passes through
Spiral bar 44 drives trolley shoe 47 to be moved left and right in sliding slot 43, in the process, connect block 46 connect slot 45 it is interior so that
Stability that is mobile and then increasing device when cutting can be stablized in sliding slot 43 by obtaining trolley shoe 47, meanwhile, second hydraulic cylinder 55
Start, and then drive linking arm 57 to move down by the second hydraulic stem 56, and then the block 58 that rises and falls under driving moves down, herein
In the process, sliding-contacted rod 53 may make down the block 58 that rises and falls to be vertically lowered during declining and then process the metal plate of different more height
Part, meanwhile, 67 rotation of third electricity favourable turn, and then drive conveyer belt 71 to rotate by third Coupling Shaft 69, and then drive second turn
Spindle 72 rotates, and then third fixed station 63 is driven to rotate, and then the laser for being set to 63 lower face of third fixed station is driven to cut
First 64 rotation is cut, and then cutting processing work is carried out to sheet metal component side and is set to 63 lower end of third fixed station in the process
The sensing device further 74 in face can detect laser cutting head 64 at a distance from institute's cutting sheet metal component surface so as to device be adjusted with
It prevents laser cutting head 64 from knocking sheet metal component surface or reduces cutting efficiency too far apart from institute's processing sheet metal component surface, pass through this
Device can not only carry out plane sheet metal component cutting work, while also can carry out cutting work to the surface of three-dimensional sheet metal component, together
When, the cooperation of third electricity favourable turn the 67, second electricity the 42, first electricity of favourable turn favourable turn 26 and second hydraulic cylinder 55 and the second hydraulic stem 56 is moved
Making can also be to the cutting work on the three-dimensional sheet metal component of irregular shape progress surface.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, when carrying out cutting operation by the present apparatus,
First hydraulic cylinder starts, and then is ejected assembly fixture downwards by the first hydraulic stem, and then connects the ejection of sliding frame is recessed outside chamber, this
When first electricity favourable turn start, and then by Coupling Shaft drive transfer block rotation, in the process, transfer block is supported in by casting lug thereon
So that transfer block will not fall in peace access slot, transfer block, which drives, at this time slips frame rotation, meanwhile, it is set to sliding slot inner left wall
The second interior electricity favourable turn starts, and then drives trolley shoe to be moved left and right in sliding slot by spiral bar, in the process, connects
Block is connecting in slot so that trolley shoe is in sliding slot can stablize mobile and then device when increasing cutting stability, meanwhile,
Second hydraulic cylinder starts, and then drives linking arm to move down by the second hydraulic stem, and then the block that rises and falls under driving moves down,
In the process, sliding-contacted rod may make down the block that rises and falls to be vertically lowered during declining and then process the metal plate of different more height
Part, meanwhile, the favourable turn rotation of third electricity, and then conveyer belt rotation is driven by third Coupling Shaft, and then drive the second switching shaft rotation
It is dynamic, and then the rotation of third fixed station is driven, and then the laser cutting head rotation for being set to third fixed station lower face is driven, in turn
Cutting processing work is carried out to sheet metal component side, in the process, being set to the sensing device further of third fixed station lower face can examine
Laser cutting head is surveyed at a distance from institute's cutting sheet metal component surface and then device is adjusted to prevent laser cutting head from knocking metal plate
Golden part surface reduces cutting efficiency too far apart from institute's processing sheet metal component surface, can not only be to plane sheet metal component by the present apparatus
Cutting work is carried out, while can also carry out cutting work to the surface of three-dimensional sheet metal component, meanwhile, third electricity favourable turn, the second electricity turn
The interoperation of machine, the first electricity favourable turn and second hydraulic cylinder and the second hydraulic stem can also to the three-dimensional sheet metal component of irregular shape into
The cutting work on row surface.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (5)
1. a kind of Novel sheet metal part processing unit (plant), including pedestal, be set in the pedestal switching device, be set to described turn
Sliding device in connection device, the take-off and landing device being set on the sliding device and it is set to the take-off and landing device lower end
Rocking equipment, the pedestal top are fixedly connected with fixed disk by reinforcing bar, have been uniformly provided in the fixed disk multigroup solid
Determine hole, the switching device includes the assembling block for being fixedly installed on end position in the pedestal upper surface, is set in the assembling block
Be equipped with it is recessed connect chamber, it is described it is recessed connect left and right equity in chamber upper inside walls and be fixedly installed first hydraulic cylinder, it is described recessed to connect intracavitary
It is provided with the assembly fixture that can be slipped up and down, the first liquid is equipped between the assembly fixture upper surface and the first hydraulic cylinder
Compression bar, end position is fixedly installed the first fixed station in the assembly fixture upper surface, is fixedly installed in first fixed station
First electricity favourable turn, the first electricity favourable turn outside are equipped with support and carry component, and it includes shock dropping composite plate and cooling iron that the support, which carries component,
Piece is provided with peace access slot in the assembly fixture, and oral area is provided in the pedestal downwards and what is communicated with the peace access slot recessed connects
Chamber, it is described it is recessed connect intracavitary setting and slip device, end position is fixedly installed upper end and extends into institute in the sliding device upper surface
The transfer block in peace access slot is stated, the transfer block side is fixedly connected with the casting lug thereon in the peace access slot, the protrusion
Block lower face is rotatably assorted by steering ring is connected to the downside inner wall of the peace access slot, passes through in the middle part of the transfer block upper surface
The Coupling Shaft power for extending through the peace access slot upper inside walls is connected in the downside end face of the first electricity favourable turn, described
Sliding device includes being set to the recessed sliding frame that connects intracavitary and can slip up and down, and the transfer block lower end is fixedly connected on described
The middle end position of frame upper surface is slipped, the downward sliding slot of oral area, the sliding slot inner left wall are provided in the sliding frame
It is inside fixedly installed the second electricity favourable turn, the second electricity favourable turn right end power is connected with spiral bar, the spiral bar right end
It is rotatably assorted and is connected to the right side inner wall of the sliding slot, sliding and lower end can be controlled by, which being provided in the sliding slot, extends institute
The trolley shoe outside the oral area of sliding slot lower end is stated, the trolley shoe is connect with the spiral bar screw-thread fit, on the upside of the sliding slot
Be provided with the slot that connects communicated with the sliding slot on inner wall, it is described connect to be provided in slot connect block, it is described to connect block lower end
It is connect with trolley shoe upper end secure fit.
2. a kind of Novel sheet metal part processing unit (plant) according to claim 1, it is characterised in that：The take-off and landing device includes solid
Surely be connected to end position in the trolley shoe lower face on rise and fall block, it is described on rise and fall be provided in block oral area it is downward upper
Slot drops, it is described on block right end face of rising and falling be fixedly connected with linking arm, second hydraulic cylinder, institute are fixedly installed in the linking arm
It states to rise and fall and is provided with down the block that rises and falls on the downside of block, be provided with the upward lower landing slot of oral area in the block that rises and falls under described, described lower
It is equipped with what difference can up and down slip in the lower landing slot and the upper landing slot in drop slot and the upper landing slot
Sliding-contacted rod, is provided with blocking arm between the sliding-contacted rod and the upper landing slot, on the downside of the second hydraulic cylinder and under described
Block right end face of rising and falling is fixedly installed linking arm, is equipped between the linking arm upper surface and the second hydraulic cylinder
Second hydraulic stem.
3. a kind of Novel sheet metal part processing unit (plant) according to claim 1, it is characterised in that：Before the rocking equipment includes
Afterwards equity and be fixedly connected on it is described under rise and fall the upper fixinig plate of block lower face, be provided with third on the downside of the block that rises and falls under described and fix
Platform, third fixed station lower face are fixedly installed laser cutting head, and third fixed station upper surface is fixedly connected with position
Lower fixinig plate between fixed inner side end of front and back equity setting is fixedly installed the in the lower fixinig plate
One Coupling Shaft, first Coupling Shaft front and back end is rotatably assorted respectively is connected to fixed inner side end, and described
The upper surface of three fixed stations close to back end surface is provided with the first upward switching slot of oral area, before and after the first switching slot in side
The second Coupling Shaft is fixedly installed between wall, the block that rises and falls under described is solid close to being fixedly installed second on the lower face of back end surface
Determine platform, the second downward switching slot of oral area is provided in second fixed station, is fixed in the second switching slot front inner wall
It is provided with third electricity favourable turn, the third electricity favourable turn rear end be connected by power has third Coupling Shaft, the third switching shaft rear end to turn
Dynamic to be connected in the rear side inner wall of the second switching slot, second Coupling Shaft passes through conveyer belt with the third Coupling Shaft
Transmission is connected.
4. a kind of Novel sheet metal part processing unit (plant) according to claim 1, it is characterised in that：On rear side of the laser cutting head
And it is fixedly installed sensing device further on end face on the downside of the third fixed station.
5. a kind of Novel sheet metal part processing unit (plant) according to claim 1, it is characterised in that：The shock dropping composite plate setting
It is fixedly connected in the top and bottom of the first electricity favourable turn and with the first electricity favourable turn, the cooling iron plate is arranged described
First electricity favourable turn front-end and back-end and with it is described first electricity favourable turn shell be fixedly connected, it is described cooling iron plate upper end and under
End is fixedly connected with the shock dropping composite plate, and the front-end and back-end that first electricity is made a connection are respectively equipped with described more than a piece of
Cool down iron plate.
Priority Applications (1)
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| CN206811246U (en) * | 2017-06-07 | 2017-12-29 | 湖北君庭汽车零部件股份有限公司 | A kind of engine housing processing tapping machine |
| CN206998060U (en) * | 2017-07-04 | 2018-02-13 | 东乡县智合科技有限公司 | A kind of environment-friendly type laser cutting machine |
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| US4855565A (en) * | 1986-03-25 | 1989-08-08 | Laser Lab Limited | Work head device |
| CN105855715A (en) * | 2016-03-29 | 2016-08-17 | 苏州恩欧西智能科技有限公司 | Device and method for carrying out laser marking on inner side of product |
| CN105880893A (en) * | 2016-05-31 | 2016-08-24 | 俞升洋 | Welding device |
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